Construction of transport tunnels - course
- Added: 06.01.2022
- Size: 23 MB
- Downloads: 2
Description
Course project on the topic "CONSTRUCTION OF A RAILWAY TUNNEL" in the discipline "Construction of transport tunnels". The materials contain an explanatory note with a description of the methods of penetration used and a list of the equipment used. Drawings contain technological diagrams, as well as the necessary graphs and cyclograms. The course project was completed in 2020 as part of the specialty "construction of transport tunnels and subways".
Project's Content
СТТ пояснительная записка.docx
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СТТ чертежи.dwg
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Additional information
Contents
Selection and substantiation of tunnel construction method and lining structure
1.1 Analysis of initial data
1.2 Selection of tunnel construction method and scheme
2 Process diagram of tunnel construction. Placement of penetrating equipment in the tunnel
3 Selection of tunnel construction technology. Tunnel penetrating machines and equipment
3.1 Penetration of low strength soils according to ADECO-RS technology
3.2 Penetration of soils with medium strength using TRU
4 Substantiation of the method of soil development in the face, parameter calculations
4.1 Overview of ADECO-RS
4.2 Hydromolot in soils with strength f =
4.3 TRU in soils with strength f >
4.3.1 TRU calculation
5 Loading and transportation of soil and materials: selection of rock loading and transport machines
5.1 Justification of accepted mode of transport and PM
5.2 Pneumatic wheelbarrow
5.3 Rail Transport
6 Selection of temporary fastener: calculation of fastener passport parameters, design, installation technology
6.1 Determination of complex stability index for soils with strength f =
6.2 Determination of complex stability index for soils with strength f >
6.3 Selection of temporary support
6.4 Calculation of anchors
6.5 Calculation of arched support
6.6 Calculation of spray-concrete support
6.7 Selection of equipment for temporary support device
7 Waterproofing, primary and control injection
7.1 Waterproofing
7.2 Injection of solution per lining
8 Erection of cast-in-situ concrete and spray concrete linings: selection of equipment and its placement in the tunnel
8.1 Lining Construction Features for ADECO-RS
8.2 Selection of formwork
8.3 Selection of device for concrete mix feeding and laying
9 Selection and substantiation of the mine shaft construction method and lining design
9.1 Initial data
9.2 Group of soil conditions
9.3 Lining Design
10 Selection of mine shaft construction technology. Machines and equipment for mine shaft penetration
10.1 Wellhead Construction Technology
10.2 Barrel Construction Technology
11 Erection of prefabricated and combined linings in the shaft: selection of equipment and its placement in the tunnel
11.1 Equipment for erection of lining
11.2 Concrete Mix Laying Technology
12 Determination of capacity and required quantity of penetrating and concrete laying equipment
13 Devices and systems for tunnel construction
13.1 Drainage
13.2 Ventilation
13.2.1 Determination of ventilation volumes
13.3 Power supply, electrical equipment and electrical lighting
14 Fire safety
15 Quality Control and Work Acceptance
16 Work execution schedule and work penetration cyclogram
17 Industrial (technical) safety and safety measures during tunnel works
18 Environmental protection measures
List of literature used
Appendix A - MAP-DIAGRAM
Appendix B - MAP-DIAGRAM
Appendix B - Tables for selection of time support type
Appendix D - Graphic Part
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